「Longitude」の共起表現一覧(1語右で並び替え)

Longitude

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  • Longitude: about 78.533 (78°32'0") W
  • r use the moon's position to determine their longitude accurately.
  • The Longitude Act was an Act of Parliament of the United K
  • ented to Westminster Palace in May 1714, the Longitude Act was passed in July 1714.
  • Only one packet encodes latitude and longitude, altitude, direction, and speed (full positi
  • Current location - current latitude, longitude, altitude, direction, and speed of the phone
  • ricane slowly turned to the north along 83°W Longitude, and it steadily intensified on October 17.
  • the island where they have to determine the longitude and latitude of the island, create a radio f
  • graphic position being 24°51'12”-26°13'52” E longitude and 43°55'31”-44°49'32” N latitude.
  • tion in right ascension, but not in ecliptic longitude and vice versa.
  • s on a sphere given angular positions (e.g., longitude and latitude).
  • section with the Meridian of 57 degrees West Longitude and the shoreline of the southwest coast, lo
  • public lecture, as did Dava Sobel, author of Longitude, and Sir Arnold Wolfendale, the 14th Astrono
  • translational position (typically latitude, longitude and altitude) over a period of time.
  • ublished in his lifetime, but left papers on longitude and the moons of Jupiter that were published
  • irty U-boats, is marked only by latitude and longitude, and has no name by which it will be remembe
  • Princeton's longitude and latitude coordinates
  • Lansing's longitude and latitude coordinates
  • e and North Branches, at approximately 94.1W longitude, and 44.5N latitude.
  • of Venus with the sun, and thus finding its longitude and latitude, while other stars could at any
  • situated at 12'41'30" latitude and 74'58'00" longitude and 28m elevated from M.S.L.
  • West Longitude and is 16 kilometers across.
  • West Longitude and is 15 kilometers across.
  • West Longitude and is 18 kilometers across.
  • West Longitude and is 17 kilometers across.
  • surface, discovered the Moon's libration in longitude, and published his results in Selenographia,
  • West Longitude, and is 15.4 kilometers across.
  • West Longitude, and is 9 kilometers across.
  • West Longitude, and is ten kilometers across.
  • cated at 9.8° south latitude and 193.2° west longitude and is 85.9 km in diameter.
  • W. longitude, and has an area of 4.4 km2.
  • West Longitude and is approximately 132 kilometres long.
  • The website provides the best known longitude and latitude (sometimes only accurate to wit
  • West Longitude and is approximately 20 kilometers across.
  • West Longitude and is approximately 15 kilometers across.
  • West Longitude and is approximately 201 kilometers long.
  • The longitude and latitude of its center are 311.6°
  • Keokuk's longitude and latitude coordinates in decimal form are
  • West Longitude and is approximately 311 km across.
  • he title indicates that specific time, date, longitude, and latitude.
  • ts name indicate, respectively, the galactic longitude and latitude, and velocity towards Earth in
  • It reaches 17″ in longitude and 9″ in obliquity.
  • It established the Board of Longitude and offered a monetary reward (Longitude Pri
  • ands in the south Pacific that they knew the longitude and latitude.
  • located at 63.1° North Latitude, 16.9° West Longitude and is 34 kilometers across.
  • is a transparent circular grid with lines of longitude and latitude that which can overlay a solar
  • e village is situated at 38 º 27 'N, 6 º 00' longitude and an altitude of 481 m.
  • It was positioned at 82ºW longitude, and operated by Telesat Canada.
  • This arctic sea is located at 82° north longitude and 21° west latitude.
  • It will be positioned at 111° West longitude, and is expected to operate for 15 years.
  • The 3D position (latitude, longitude and elevation) of each theodolite is known.
  • in one direction or with similar ecliptical longitude) and to opposition (both sun and moon observ
  • intersection of the Meridian of 57o30' West Longitude and the southern shoreline
  • tion of the drop, indicated by the latitude, longitude, and Marsden Square.
  • orrected so that its pixels are aligned with longitude and latitude lines, and have a narrowly defi
  • yne hired him as a computer for the board of longitude, and two of his mathematical papers were pre
  • located at 57.2° North Latitude, 12.0° West Longitude and is 35 kilometers across.
  • e aircraft's identifier, position (latitude, longitude, and altitude), date and time, flight level,
  • usually reported at intervals of 10 degrees longitude and are used primarily by airline class airc
  • he exact time of midday there (an adjunct of longitude), and became for a while the arbiter of time
  • hin the geographical limit of 78o15'-78o45'E longitude and 11o44'-12o08'N latitude.
  • hroat Island, Frenchman´s Creek, Shaka Zulu, Longitude, and Wives and Daughters.
  • Their appearance and longitude are irregular due to a lack of synchonizatio
  • on, supergalactic latitude and supergalactic longitude are usually denoted by SGB and SGL, respecti
  • int must be defined from which the angles of longitude are measured.
  • Their appearance and longitude are irregular due to a lack of synchonizatio
  • s from the intersection of this latitude and longitude are protected under the provisions of Histor
  • e 1m-class optical telescopes distributed in longitude around the southern hemisphere in order to p
  • the highest mean annual temperature at each longitude around the globe.
  • for the Moon to return to the same ecliptic longitude as the Sun: the synodic month.
  • The Board of Longitude asked Kendall to copy and develop John Harri
  • of a series of experiments used to determine longitude at sea.
  • West Longitude, at the base of the continental slope of Nor
  • Branchville has a latitude at 31.15 and a longitude at -84.315.
  • way of enabling mariners to determine their longitude at sea.
  • onometer for precise clocks designed to find longitude at sea.
  • es corresponding to 30 degrees difference in longitude, at different latitudes
  • els a sun-synchronous orbit, passing a given longitude at 10:30 AM local time.
  • This brought the problem of measuring longitude at sea into sharp focus once more.
  • allowed navigators to successfully calculate longitude at sea.
  • solutions were proposed for how to determine longitude at the end of an exploratory sea voyage and
  • e wide range of estimates of the distance in longitude between Toledo and Rome.
  • new land at 62° south lattitude and 60° west longitude, but did not land on it.
  • Longitude, but no Richter Scale magnitude can be asses
  • r ring, the other on a method of determining longitude by means of lunar eclipses.
  • The Method of Finding the Longitude by Timekeepers (1794)
  • atellites and on the mode of determining the longitude by these means (1810)
  • inclination and the ascending node, the true longitude can tell us the precise direction from the c
  • alk rate - the rate at which the areocentric longitude changed with each orbit, and the periapsis w
  • ies and districts for which the latitude and longitude coordinates are included below, may be seen
  • Latitude and longitude coordinates are provided for many National R
  • ies and districts for which the latitude and longitude coordinates are included below, may be seen
  • Register district for which the latitude and longitude coordinates are included below, may be seen
  • ies and districts for which the latitude and longitude coordinates are included below, may be seen
  • gister properties for which the latitude and longitude coordinates are included below, may be seen
  • ies and districts for which the latitude and longitude coordinates are included below, may be seen
  • Latitude and longitude coordinates are provided for many National R
  • above sea level and is located at latitude - longitude coordinates of N 36.829028
  • ies and districts for which the latitude and longitude coordinates are included below may be seen i
  • Turtle Mound is located at the latitude and longitude coordinates of N 28.93082 and W -80.827
  • l properties and districts with latitude and longitude coordinates in the table below.
  • ricts (at least for all showing latitude and longitude coordinates below) may be seen in a Google m
  • imal place of one second of the latitude and longitude coordinates).
  • The latitude longitude cordinates for Christopher Nagar is 8°11'14"
  • nd RootsMagic are supported for latitude and longitude data.
  • A longitude describes the location of a place on Earth e
  • o obtain a location could input latitude and longitude details to see how far away other online use
  • t this would eventually solve the problem of longitude determination for ocean navigators.
  • ne chronometer, thereby allowing for precise longitude determination while at sea.
  • He believed he could improve the accuracy of longitude determination, particularly at sea, by obser
  • he meridian of Jerusalem, corresponding to a longitude difference of 8°55'.
  • rt to redetermine with greater precision the longitude difference between London and Paris.
  • etween England and France - this would allow longitude differences to be measured very accurately,
  • le can be expressed in terms of latitude and longitude differences dlat,dlong, using only cosines,
  • ed at the crossing of Latitude N 23 -50` and Longitude E 91-17`, covering 3 km² during that period.
  • this region is divided into 12 signs of 30° longitude each.
  • Supports GEDCOM 5.5.1 draft's Latitude and Longitude extensions.
  • Character pairs encode longitude first, and then latitude.
  • stward to its intersection with the 21° east longitude, follows this degree of longitude northward
  • d Arnold were granted awards by the Board of Longitude for their improvements to chronometers; Earn
  • ension and declination are like latitude and longitude for astronomy).
  • had been working on the problem of measuring longitude for a long time.
  • Mary Croarken (2002), "Providing Longitude for All", Journal of Maritime Research (Nati
  • useful at sea; particularly for deducing the longitude from lunar distance, and the latitude from t
  • in latitude from 41° 20' to 42° 40' N and in longitude from 109° 50' to 111° 25' E.
  • e 9-1-1 center is provided with latitude and longitude from the radio's GPS receiver.
  • s in latitude from 27° 50'-29° 16' N, and in longitude from 103° 36'-105° 20' E, stretching 153 kil
  • teroids and comets and on the measurement of longitude, improving the accuracy of the Connaissance
  • ed its orbit to within 2 arcminutes error in longitude in his geoheliocentric model when Kepler had
  • located at 6° north latitude and 355.5° west longitude in the Oxia Palus quadrangle.
  • To determine longitude in navigation, Werner proposed determining t
  • ts designated orbital slot is 74 degree East longitude in the Geostationary Orbit.
  • e observatory was moved closer to the 82.5°E longitude in Mirzapur in Uttar Pradesh.
  • The satellite was positioned at 4° W longitude in the geo-stationary orbit.
  • It became operational at 74° West longitude in the geostationary orbit and replaced SBS-
  • Longitude incorrectly marked as East rather than West.
  • The longitude is -97.2W.
  • The longitude is -80.375W.
  • In this case, the longitude is also called the right ascension of the as
  • The longitude is -93.855W).
  • The longitude is -80.976W.
  • The longitude is -81.076W.
  • The longitude is -88.13W.
  • The longitude is -89.49W.
  • The longitude is -73.945W.
  • latitude of this place is 29°40'33"N and the longitude is 80°16'20"E.
  • The zero point for supergalactic longitude is defined by the intersection of this plane
  • Its latitude of is 26.784N and its longitude is -80.037W.
  • In astrodynamics true longitude is the longitude at which an orbiting body c
  • Greenough's latitude is at 31.317 and its longitude is at -84.102.
  • Its latitude is 41.2833/41º16'60 N and its longitude is 1.36667/01º22'0 E. The population in 2003
  • Flint's latitude is at 31.317 and its longitude is at -84.179.
  • latitude of Creighton is 40.587N, while the longitude is -79.778W.
  • Thus, the area between two meridians of longitude is a lune.
  • The latitude of Breed is 45.073N and the longitude is -88.424W.
  • The longitude is-89.656W.
  • of Mars at 48.6° south latitude and 26° west longitude, It is 129 km in diameter and was named afte
  • ree southern latitude and 76 degrees western longitude, just between the Martian equator and the Va
  • oper River was on the corner of East Bay and Longitude Lane.
  • the region along the later-proposed 70º east longitude line was proposed by the Empire of Japan in
  • d border and from east of the 78 degree west longitude line to just west of Chambersburg, PA.
  • cause it lies as far as 30° east of the 180° longitude line), and thus the first part of the planet
  • y Mouse-shaped globe containing latitude and longitude lines, with the property's name presented in
  • e, the stars shift eastwards (increase their longitude) measured with respect to the equinoxes - in
  • ing one degree of latitude and one degree of longitude, named according to their south western corn
  • es were 3°34' north latitude and 56°30' east longitude, near the edge of the Mare Fecunditatis ("Se
  • conjunctions in right ascension and ecliptic longitude need not to take place on the same date.
  • day when the Sun is exactly at the celestial longitude of 120°.
  • day when the Sun is exactly at the celestial longitude of 240°.
  • feet) at a latitude of 7.65°N (7°39'0"N) and longitude of 124.45°E (124°27'0"E).
  • e unexplained fluctuation in the Moon's mean longitude of the order of 10 arcseconds.
  • ard Time Zone at a latitude of 36.248N and a longitude of -82.545W.
  • me at Greenwich by a difference equal to the longitude of the fictitious mean Sun used for defining
  • and Longitude of 089º56.456.
  • day when the Sun is exactly at the celestial longitude of 195°.
  • ts was the determination of the latitude and longitude of Washington, D.C. in 1846.
  • day when the Sun is exactly at the celestial longitude of 285°.
  • day when the Sun is exactly at the celestial longitude of 30°.
  • pradesh with latitude of 28 degree north and longitude of 95 degree east.
  • semi-major axis, eccentricity, inclination, longitude of periastron, time of periastron, maximum t
  • is longitude of orbit's periapsis,
  • day when the Sun is exactly at the celestial longitude of 150°.
  • en DnaG and DnaB is necessary to control the longitude of Okazaki fragments on the lagging strand.
  • fined by two parameters, Inclination (i) and Longitude of the ascending node (Ω).
  • of not implying knowledge of the historical longitude of continents, which is difficult to determi
  • day when the Sun is exactly at the celestial longitude of 180°.
  • eostationary orbit, and will be located at a longitude of 61.5° West, from where it is intended to
  • Bombay, and Canton; as also the Latitude and Longitude of Point de Galle and the Friar's Hood."
  • longitude of the perihelion: 159.079 degree
  • ged in the determination of the latitude and longitude of prominent capes, bays, etc., and of the m
  • longitude of ascending node: 218.993 degree
  • longitude of the ascending node: 41.07311 deg
  • stars, so as to find out the so-much desired longitude of places for the perfecting the art of navi
  • ane of reference are the inclination and the longitude of the ascending node.
  • 1 was positioned in geostationary orbit at a longitude of 104° West for testing and on-orbit storag
  • Longitude of the ascending node: 92.24656 degree (equi
  • It will be positioned at a longitude of 1° West.
  • It has a Latitude of 42° 57' 0 North,a Longitude of 4° 5' 60 West, and an Altitude of 3481 fe
  • It begins when the Sun reaches the celestial longitude of 45° and ends when it reaches the longitud
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